Pemox

[pemox1]

The Pemox is a new open-source-project.

Currently it´s only theory, but - as far as I can see - it has really good chances of success.
The Pemox is a magnetic motor, which - WITH ORDINARY PHYSICS - should provide more power than it needs.
Because this is an open-source-project, everybody can build a Pemox.
Until now, I did´nt found a mistake - but perhaps anybody will find a reason, why the Pemox can not work?

I´m very tense upon your opinion.

Here are the links (about 5Mb):
english version:
https://docs.google.com/viewer?a=v&pid=explorer&chrome=true&srcid=0BzayDqp5XC86ZTdmZDc4MDgtZmNlMC00MjlhLWE2NDktNTViM2FlMTE1YzFh&hl=de

deutsche Version:
https://docs.google.com/viewer?a=v&pid=explorer&chrome=true&srcid=0BzayDqp5XC86MDEzMDViOTAtNmIwMi00MzkyLTljYmUtNWI0ZTgxNmQxMDA1&hl=de

[Airstriker]

Brilliant design! Now let's think about the possibilities to make the design more modullar - the possibilities to use E or C laminates. How about E laminates? These would look like in the picture attached. However, I'm not sure how it would influence the field. Could you make some simulations with the cores connected together without a gap ? This would simply things a lot. For example you could use just coil bobbins and not wind a coil directly on the core. And of course use just standard E cores with a little of modification.

[pemox1]

Don´t make it too complicated.

The cheapest way is, take a transformator - put away the coils - and cut in a circle for the rotor.

A better, but more expensive way is, to let it make from a company which can cut it with a laser, like (e.g.) www.elektrobleche-weissbleche.de

A simulation without a gap makes no sense, because the gap between rotor and stator is always there...

The best would be coherent laminates like this:

[Airstriker]

Hi,
First of all, where can you find laminates like the ones you drew ? I've no knowledge of such laminates on the market. Secondly, I didn't mean the gap between the stator and rotor. I meant the gap between two laminates - the ones I've drawn - the E type. And it won't make it a more difficult solution, but the easier one, as with E type lamianates : 1. they are easy to get, 2. easy to assembly, 3. easy to change the coil. It would look like in the attached picture. And this is the situation, where I would like you to do the simulations. I think, that as for the simulation you would have to make a minimal gap between the E laminates, as in real life there would always be a small gap between them (I think ?).

By the way - in the transformer you typically have the E type laminates ;>
http://en.wikipedia.org/wiki/File:EI_Lam.jpg

[Airstriker]

Found also this one:
http://www.alibaba.com/product-gs/435843991/E_mode_Core_Magnetic_core_.html
http://www.alibaba.com/product-gs/396130002/CUT_E_CORE.html
http://www.newfavor.com/ee_core.pdf